Juniper QFX10002-72Q-CHAS-C – High-Density 100G Data Center Spine Switch
Product Overview
The QFX10002-72Q-CHAS-C is a 3RU modular chassis switch designed for hyperscale data center core and spine deployments. This high-performance switch delivers industry-leading 100G port density with flexible configuration options, making it ideal for cloud providers and large enterprises building high-bandwidth fabrics.
Technical Specifications & Features
Port Configuration:
72x 100G QSFP28 ports (configurable as 288x 25G via breakout)
Modular line card design (6 slots)
Hot-swappable fan trays and power supplies
Performance Architecture:
14.4Tbps switching capacity
10.8Bpps forwarding rate
Sub-microsecond latency
Advanced Capabilities:
Junos OS with EVPN/VXLAN support
Telemetry and analytics integration
Zero Touch Provisioning (ZTP)
Advanced buffer management
Resilience Features:
N+1 power redundancy
Graceful Routing Engine Switchover (GRES)
In-service software upgrades
Optimized Deployment Scenarios
✔ Hyperscale data center spine layers
✔ High-performance computing fabrics
✔ Cloud provider backbone networks
✔ Large-scale storage area networks
✔ 5G mobile core infrastructure
Next-Generation Successor: QFX10008-128X-CHAS (Projected 2025 Release)
Technology Evolution Comparison
Feature Dimension | QFX10002-72Q-CHAS-C | QFX10008-128X-CHAS | Advancement |
---|---|---|---|
Port Density | 72x100G | 128x400G | 5.7x bandwidth |
Switching Capacity | 14.4Tbps | 81.92Tbps | 5.7x |
Power Efficiency | 88% | 96% | 8% improvement |
Intelligence | Basic analytics | AI-driven fabric optimization | Cognitive networking |
Programmability | Traditional | P4 runtime | Full pipeline control |
Transformational Capabilities
Terabit-Scale Architecture: Native 400G support
AI-Optimized Fabric: Machine learning-based traffic engineering
Cloud-Native Operations: Kubernetes integration
Advanced Timing: Nanosecond synchronization
Sustainable Design: 45% lower power-per-bit
Migration Pathway
Current Environment Analysis:
Inventory existing QFX10002 deployments
Identify bandwidth-intensive applications
Infrastructure Preparation:
MPO-32 fiber plant for 400G readiness
Power infrastructure assessment (208V/240V)
Phased Implementation:
Phase 1: Core spine layer modernization
Phase 2: AI/ML feature activation
Phase 3: Advanced telemetry deployment
Financial Framework:
55% higher CAPEX
65% lower OPEX over 5 years
4-year ROI through operational efficiencies
Strategic Perspective
While the QFX10002-72Q-CHAS-C continues to serve current hyperscale needs, the QFX10008-128X-CHAS redefines data center networking with:
5.7x greater port bandwidth
AI-driven congestion management
Terabit-ready interfaces
Cloud-native operations
Industry-leading 96% energy efficiency
Innovative Title Concepts
"From Terabit to Petabit: The Data Center Spine Revolution"
"The Cognitive Fabric Switch: 81.92Tbps of AI-Optimized Performance"
"Next-Gen Cloud Networking: Where 400G Meets Kubernetes"
"Sustainable Hyperscale Infrastructure: The 400G Era"